Operating Temperature Range:40°C to 70°C (-40°F to 158°F)

Relative Humidity:5% to 95% non-condensing

Input Voltage:120 – 240 Vrms, 1-Phase

Bus Overvoltage Protection:400 Vdc

Dimensions:7.8 x 5.68 x 3.89 inches (198.12 x 144.27 x 98.1 mm)

Power Handling Capacity:Up to 2kW

Energy Absorption Capability:51 Joules

Input Current:18 A RMS

Output Voltage:120 / 240 VAC, 3-Phase

Programmable Frequency Range:0-400 Hz

Maximum Continuous Output Current:10 A

Maximum Peak Output Current:30 A

Bus Capacitance:1880 μF

Fuse Type:FNQ-R-20 Class CC and LPJ-20SP Class J

    The Allen-Bradley 2098-DSD-020X is a high-performance Digital Servo Drive designed for seamless integration with Kinetix Servo Motors. Its advanced PID control system ensures precise motion control, making it ideal for demanding applications requiring high accuracy and reliability.

    Featuring 8 optically isolated digital inputs and 4 N.O. relay outputs, this drive offers versatile connectivity options for various control scenarios. The integrated feed-forward capability enhances positioning accuracy, making it suitable for applications requiring complex movement patterns.

    With a broad operational temperature range of 40-70°C (-40-158°F) and humidity up to 95% without condensation, the 2098-DSD-020X is built for robust performance in diverse industrial environments. Its open collector input types support a wide variety of sensors and control systems.

    Designed for efficiency and reliability, the Allen-Bradley 2098-DSD-020X comes equipped with a 400V DC bus overvoltage protection feature, ensuring safe operation under varying electrical conditions. The compact design, weighing just 2.1kg, makes it easy to install and integrate into existing machinery.

    The modular design of the 2098-DSD-020X allows for flexible configuration, accommodating a wide range of applications from automation lines to robotics. Its compatibility with Allen-Bradley’s extensive line of external encoders ensures accurate feedback, optimizing performance for each application.